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P Type A Grade 4.21W Silicon Polycrystalline Solar Cells With PECVD Film 

Place of Origin: Zhejiang, China (Mainland) 
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Product Detail

Model No.: ZC-TPB 156 x 156

 
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Materials Poly crystalline Silicon Size 156*156mm
Max.power 4.21W Type P type
Grade A Grade Warranty 25 years
Efficiency 16.2%-17.2% Busbar 3 bus bar
Producion Capacity 150MW / year Color Deep blue

 

 

 

 

 

 

 

 

Polycrystalline Solar Cells, Size Of 156*156mm 3BB, High Efficiency

 

1> Quick Detail:

  • Place of Origin: China
  • Brand Name: ZOCEN
  • Model: ZC TPB-156*156
  • Certificate: CE,CQC, IEC, TUV, CEC, MCS, CHUBB, ISO9001

 

2> Description:

  • Mono-crystalline Silicon

 

Each solar cell wafer is generally combined into one big solar panel, which is most likely what you buy in the stores. These are usually all wired up, and ready for you to plug into a battery!

Once the solar cell is fabricated, that is, once it has been either grown or the layers of the solar cell have been deposited onto each other, and you’re looking at a wafer, the front and back contacts need to be added to give the electron-hole pairs a place to go and complete the photoelectric effect… That is, wires need to be added to allow current to flow!

This is a place where things get tricky and lots of research is being done, because when the deposition of a metal layer onto a crystal is done, at the boundaries between the two materials a resistance exists that is generally larger than the resistance inside the homogeneous material itself. The research is to reduce this resistance with various theories and tricks.

  • Application

A single-crystal silicon - often made using the Czochralski process - mono-crystalline wafer cells are generally expensive.

The expense arises as mono-crystalline wafers are cut from cylindrical ingots.

As a result, the silicon wafers do not entirely cover the surface of a square solar cell module without a substantial waste of refined silicon. Hence most mono-crystalline panels have uncovered gaps at the four corners of the cells.

 

 

 

3> Zocen 6" Polycrystalline Solar Cell

  1. High conversion efficiencies resulting in superior power output performance.
  2. Suitable for keeping appearance of solar cell tidy and clean.
  3. Advanced diffusion technology adapted to ensure conversion efficiency uniformity throughout cell.
  4. Advanced PECVD film forming technology used to coat cells with dark blue silicon nitride anti-reflection coatings.
  5. Uniform color appearance.
  6. Advanced soft line and high precision silkscreen printing equipment to achieve high smoothness, make automatic welding and laser cutting easier.
  7. Metal paste applied to making back surface field and electrode to ensure top conductivity, nice adhesion, superior weld-ability, nice appearance and reliable performance.
  8. Efficiency, stability and durability of crystal silicon.
  9. Low breakage rate.
  10. Environmental protection.
  11. OEM orders are welcome

 

4> Specifications:

  • Mechanical dimensions

 

 

  • Electrical Parameters of products

Product name

Efficiency(%)

Pmpp(W)

Vmpp(V)

Impp(A)

Voc(V)

Isc(A)

156 x 156mm(6") Poly-Crystalline Silicone Solar Cell 17.2 4.21 0.527 7.988 0.626 8.851
17.0 4.16 0.524 7.931 0.624 8.462
16.8 4.11 0.521 7.891 0.623 8.411
16.6 4.06 0.518 7.843 0.621 8.363
16.4 4.01 0.515 7.793 0.619 8.313
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 Mr. Monica Chen

Tel: 86-755-23735403
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Company Info

Jieyang Zhongcheng Group Co. Ltd [China (Mainland)]


Business Type:Manufacturer
City: Shenzhen
Province/State: Guangdong
Country/Region: China (Mainland)

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